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Excel Workbook: Weighting Aquatic Integrity Models
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Aquatic System Intactness (a.k.a. stressor) and Resiliency Metrics used in the index of ecological integrity portion of the Landscape Change, Assessment and Design (LCAD) model.
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Aquatic Technical Subteam
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Aquatic Subteam Meeting 06-19-2014
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Executive Summary and Highlights from Staudinger et al. 2015
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Executive Summary and Highlights from Staudinger et al. 2015
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Who We Are
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Steering Committee Meeting: April 6, 2016
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Documents, Handouts, and Presentations
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Extending the Aquatic Habitat Map Cover Letter and Proposal
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Original cover letter and proposal for the project: "Developing a GIS-based freshwater classification for the Canadian portion of the North Atlantic Landscape Conservation Cooperative (NA LCC)". aka Extending the Aquatic Habitat Map to Canada. Please note that the begin date was modified to September 21st from September 1st.
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Aquatic Habitat Map - Canada
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Extending the Northeast Aquatic Habitat Map to Canada
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This project contributed to the development of a comprehensive aquatic habitat map for the entire extent of the North Atlantic Landscape Conservation Cooperative (NALCC) region by extending the Northeast Aquatic Habitat Map to Canada and southern Quebec.
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Aquatic Habitat Map - Canada
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Extension Request
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Extension request for NALCC project 2013-02
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Aquatic Connectivity
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Final Report: Climate Change and Riverine Cold Water Fish Habitat in the Northeast: A Vulnerability Assessment Review
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Report on distribution, ecology, and potential impacts from climate change on cold water fish habitat. Includes exposure, sensitivity, and adaptive capacity analyses.
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Vulnerabilities to climate change of Northeast fish and wildlife habitats, Phase II
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Final Report: Strategic Marsh Adaptation: Creating and Testing a New Decision-Support Tool
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In an era of rising sea levels, costal land managers including land trust representatives, municipal planners, and others contributing to decisions about whether to develop or protect coastal parcels do not have viable means of evaluating future values on wetlands that will be created when sea levels rise. This project develops and tests a software modeling approach to help address this issue. The beta test used three parcels in Scarborough, Maine: Hampton Circle, Audubon, and Pine Point. It used a group of experts to 1) allocate initial values to these parcels for a range of ecosystem services and 2) create depth-benefit curves that estimate how those values would change with increasing water depth at each site. Experts estimated that the Hampton Circle site had the highest initial values across all services. But once sea level rise and topographic diversity was accounted for via use of the software tool (MAST – Marsh Adaptation Strategy Tool), what initially appeared to be the most valuable site became the least valuable. The analysis demonstrates the importance of being able to examine interactions among a diversity of ecosystem service values, local topography, and possible sea level rise, and demonstrates the utility of a new tool to support costal land management decisions before and during upland conversion to wetland.
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Demo Project: Marsh Migration
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Followup Conference Call/Webinar for Core Team (from June meeting)
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Due to time constraints, the full UMass presentation was not given on June 27. The presentation was finished in a webinar presented on July 8. Links to both available here.
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Teams
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Connecticut River Watershed Pilot
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Connecticut River Pilot Core Team
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Frances, Anne
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Members
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Gartner, John
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Members
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